The seismic safety of historical buildings is one of the key and difficult points in the protection and utilization of historical buildings. This article introduces and analyzes the status quo of historical building seismic reinforcement technology from the aspects of historical building definition and protection principles, reinforcement principles, and reinforcement methods. Finally, the development direction of seismic reinforcement technology for historic buildings is summarized and prospected
Despite the development of engineering science, especially in application of modern engineered struc...
Some structural issues concerning the preservation of built historic heritage are presented and disc...
Historical buildings can be highly vulnerable to earthquakes if in-plane strength and stiffness of f...
The seismic safety of historical buildings is one of the key and difficult points in the protection ...
Abstract: The post-earthquake assessment and rehabilitation of damaged struc-tures, as also pre-empt...
An invited presentation about the monitoring, assessment and strengthening of historical masonry str...
Buildings with historic values are regional cultural assets worth preserving. The design technologie...
quake Engineering on seismic aspects of preservation of historical monuments is presented. The text ...
The present document contains guidelines for designing temporary preventive safety features in order...
The present document contains guidelines for designing temporary preventive safety features in order...
Abstract: In this paper, a general methodology for the seismic protection of historical structures a...
In Japan, heritage buildings have repeatedly been damaged in earthquakes. Therefore, earthquake coun...
The most common construction techniques for heritage buildings were mainly based on basic geometric ...
The presented heritage procedure was developed in 2018-2021 as part of the NAKI project no. DG18P02O...
The present paper focuses on a novel advanced procedure for the installation of base isolation syste...
Despite the development of engineering science, especially in application of modern engineered struc...
Some structural issues concerning the preservation of built historic heritage are presented and disc...
Historical buildings can be highly vulnerable to earthquakes if in-plane strength and stiffness of f...
The seismic safety of historical buildings is one of the key and difficult points in the protection ...
Abstract: The post-earthquake assessment and rehabilitation of damaged struc-tures, as also pre-empt...
An invited presentation about the monitoring, assessment and strengthening of historical masonry str...
Buildings with historic values are regional cultural assets worth preserving. The design technologie...
quake Engineering on seismic aspects of preservation of historical monuments is presented. The text ...
The present document contains guidelines for designing temporary preventive safety features in order...
The present document contains guidelines for designing temporary preventive safety features in order...
Abstract: In this paper, a general methodology for the seismic protection of historical structures a...
In Japan, heritage buildings have repeatedly been damaged in earthquakes. Therefore, earthquake coun...
The most common construction techniques for heritage buildings were mainly based on basic geometric ...
The presented heritage procedure was developed in 2018-2021 as part of the NAKI project no. DG18P02O...
The present paper focuses on a novel advanced procedure for the installation of base isolation syste...
Despite the development of engineering science, especially in application of modern engineered struc...
Some structural issues concerning the preservation of built historic heritage are presented and disc...
Historical buildings can be highly vulnerable to earthquakes if in-plane strength and stiffness of f...